With climate change and the increment of human activities, global permafrost is undergoing
degradation, threatening the stability of engineering and the ecological environment of the …

Changing climatic conditions in High Mountain Asia (HMA), especially regional warming
and changing precipitation patterns, have led to notable effects on mountain permafrost …

Against the background of global warming, permafrost areas are facing increasing thawing,
and the threat to the surface of the Qinghai–Tibet Engineering Corridor (QTEC) is serious. It …

Climate warming could exacerbate the occurrence of thaw settlement hazard in the
permafrost regions of the Qinghai-Tibet Plateau (QTP), which would threaten the stability of …

The free and open data policy of Sentinel-1 SAR images enables Radar interferometry
(InSAR) to perform time series surface deformation monitoring over large areas. InSAR …

Differential synthetic aperture radar interferometry (D-InSAR) has been applied in permafrost
environments to detect surface deformation caused by freeze-thaw processes in the active …

InSAR time series of surface deformation from 16 yr of Envisat (2003-2011) and Sentinel-1
(2014-2019) ESA satellite radar measurements have been constructed to characterise …

Train-induced vibrations critically influence permafrost subgrade deformation. This study
used ABAQUS secondary development to establish a finite element model of vibration …

The fragile habitat of alpine mining areas can be greatly affected by surface disturbances
caused by mining activities, particularly open‐pit mining activities, which greatly affect the …

Climate warming has aggravated the occurrence of thaw settlement in permafrost region, but
the associated risk has not been precisely assessed or understood. This study applied four …